Fundamental of electrical machines / by M.A. Salam

By:

Salam, M.A [author.]

Material type: Text

TextLanguage: English Publication details: New Delhi: Narosa Publishing House, 2012.Edition: 2nd edDescription: xvi, 400p. : ill. ; 24 cmISBN:

9788184871630

Subject(s):

Electric machinery -- Electric motors -- Electric generators -- Electric machinery—Textbooks -- Electromechanical energy conversion

Other classification:

D66:9 Q2 TF

Summary: Fundamentals of Electrical Machines has been revised thoroughly for readers, specially undergraduate students, to have a better and a clearer understanding of the subject. The following topics are new to the second edition: • Review of electric circuits. • Fleming's rule and mutual inductance. • Exact and approximate equivalent circuit of a transformer. • Transformer losses. • Parallel connection of transformer with equal and unequal voltage ratios. • Transformer cooling and instrument transformers. • Power system symbols and per unit systems. • Demagnetizing and cross magnetizing components. • Details of armature voltage control method. • Speed control of dc motor by thyristor and diode. • Dynamic and regenerative braking of dc motor. • Approximate equivalent circuit and condition for maximum mechanical power of three-phase induction motor. • Classification of three-phase motor by properties. • Cogging, crawling and double squirrel cage motor. • Details of speed control of three-phase induction motor. • Stepper motor and its classification. Answers to all exercise problems are included at the end to encourage problem solving. An instructor's manual is also available to academics upon request.

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Item type	Current library	Home library	Call number	Status	Barcode
Textual	Faculty of Technology Library	Central Science Library	D66:9 Q2 TF (Browse shelf(Opens below))	Available	FT1793149
Textual	Faculty of Technology Library	Central Science Library	D66:9 Q2;1 TF (Browse shelf(Opens below))	Available	FT1793150
Textual	Faculty of Technology Library	Central Science Library	D66:9 Q2;2 TF (Browse shelf(Opens below))	Available	FT1793151
Textual	Faculty of Technology Library	Central Science Library	D66:9 Q2;3 TF (Browse shelf(Opens below))	Available	FT1793152
Textual	Faculty of Technology Library	Central Science Library	D66:9 Q2;4 TF (Browse shelf(Opens below))	Available	FT1793153
Textual	Faculty of Technology Library	Central Science Library	D66:9 Q2;5 TF (Browse shelf(Opens below))	Available	FT1793154
Textual	Faculty of Technology Library	Central Science Library	D66:9 Q2;6 TF (Browse shelf(Opens below))	Available	FT1793155
Textual	Faculty of Technology Library	Central Science Library	D66:9 Q2;7 TF (Browse shelf(Opens below))	Available	FT1793156
Textual	Faculty of Technology Library	Central Science Library	D66:9 Q2;8 TF (Browse shelf(Opens below))	Available	FT1793157
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Includes references, appendix and index

Fundamentals of Electrical Machines has been revised thoroughly for readers, specially undergraduate students, to have a better and a clearer understanding of the subject. The following topics are new to the second edition:

• Review of electric circuits.
• Fleming's rule and mutual inductance.
• Exact and approximate equivalent circuit of a transformer.
• Transformer losses.
• Parallel connection of transformer with equal and unequal voltage ratios.
• Transformer cooling and instrument transformers.
• Power system symbols and per unit systems.
• Demagnetizing and cross magnetizing components.
• Details of armature voltage control method.
• Speed control of dc motor by thyristor and diode.
• Dynamic and regenerative braking of dc motor.
• Approximate equivalent circuit and condition for maximum mechanical power of three-phase induction motor.
• Classification of three-phase motor by properties.
• Cogging, crawling and double squirrel cage motor.
• Details of speed control of three-phase induction motor.
• Stepper motor and its classification.
Answers to all exercise problems are included at the end to encourage problem solving. An instructor's manual is also available to academics upon request.

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